Maximal Class of Weakly Live Ordinary Petri Nets Without Emptiable Siphons von Chao, Daniel Y.

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Closed-form solution of controller synthesis for infinitely large systems of resource sharing systems of a subclass of Petri nets von Chao, Daniel Y

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Direct minimal empty siphon computation using MIP von Chao, Daniel Y.

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Technical note—reducing mip iterations for deadlock prevention of flexible manufacturing systems von Chao, Daniel Y.

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Correction to “Maximal Class of Weakly Live Ordinary Petri Nets Without Emptiable Siphons” von Chao, Daniel Y.

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Comments on “enhancement of an efficient liveness-enforcing supervisor for flexible manufacture systems” von Chao, Daniel Y.

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Revised dependent siphons von Chao, Daniel Y.

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Controllability of weakly dependent siphons under elementary-siphon control von Wu, WH, Chao, Daniel Y

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Revised dependent siphons von Chao, Daniel Y.

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Comments on “Deadlock prevention and avoidance in FMS: a Petri net based approach” von Chao, Daniel Y.

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An integrated approach for supervisory control of a subclass of Petri nets von Chao, Daniel Y, Wu, Kuo-Chiang

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A novel liveness condition for S3PGR2 von Chao, Daniel Y, Chen, Jiun-Ting, Yu, Fang

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A best deadlock control for S3PMR to reach all states von Chao, Daniel Y., Chen, Ting-Yu, Chen, Jiun-Ting, Wu, Kuo-Chiang

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Reachability of nonsynchronized choice Petri nets and its applications von Chao, D.Y.

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Controllability of Weakly Dependent Siphons under Elementary-Siphon Control von Chao, Daniel Y., Chen, Jiun Ting, Huang, Ju Sheng

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A Necessary and Sufficient Condition for the Liveness of Normal Nets von Liu, G., Jiang, C., Chao, D. Y.

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Improved controllability test for dependent siphons in S3PR based on elementary siphons von Chao, Daniel Y.

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Fewer Monitors and More Efficient Controllability for Deadlock Control in S3PGR2 (Systems of Simple Sequential Processes with General Resource Requirements) von Chao, D. Y.

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Improvement of Suboptimal Siphon- and FBM-Based Control Model of a Well-Known rm S 3 rm PR von Chao, Daniel Y

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Improvement of Suboptimal Siphon- and FBM-Based Control Model of a Well-Known S3 P R von CHAO, Daniel Y

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